Study on The Emotion Effects of The Motion Features in Mobile Game's Loading Animation

• Main Authors: Cheng-Kai Shia, 夏承楷
• Other Authors: Li-Chieh Chen
• Format: Others
• Language: zh-TW
• Published: 2017
• Online Access: http://ndltd.ncl.edu.tw/handle/94728796965847284860

碩士 === 大同大學 === 工業設計學系(所) === 105 === Living in the digital era, as the popularity of graphical interface transformed from the original surface to dynamic nowadays, results the graphical user interface design of electronics is getting diverse. Motion design is like a body language of graphical interface, it can guide users' feeling. By importing animations and times into a graphical interface design, user can be accurately controlled his emotions and grasps the information from the motion graphic expressed. During the user experience design, user will feel frustrated when there is no clear indication, with buttons that difficult to recognize, excessive alertness or even spending too much time on loading...etc. has been detected. Indeed, lessen the negative emotions from being suffered by using motion graphics design when loading is the core of this study. This study has designed eight loading animations throughout the motion features and emotion adjectives based on preliminary investigation, by the subject of "time feelings" "emotion feelings" "motion features feelings" formed questionnaires then as the results shown as below: 1.If the motion feature of loading animation is not obvious, may cause users'feelings less attracted. 2.The tempo of loading icons may affect users' emotions, for instance, icons with fast tempo will stimulate lively, enthusiastically...etc feelings, icons with slow tempo will draw gently, calmly....etc feelings. 3.The greater variability of motion feature like fast tempo, rotatable icons, the greater emotions and reactions of user have involved. 4.Empathy will affect users' emotions, for example, the motion feature like twisted icons make user felt lively and childlike. 5.During the time of waiting, there is no significant difference in various motion features for user while loading.